Dr John Claridge DPhil Reader Chemistry +44 (0)151 794 3529 Work email J.B.Claridge@liverpool.ac.uk About Research Publications Teaching Professional Activities Teaching Solid State Chemistry Materials Chemistry Crystallography Modules for 2023-24 Advanced Chemistry (Distance Learning) Module code: CHEM340 Role: Teaching Inorganic Applications of Group Theory Module code: CHEM216 Role: Teaching Inorganic Materials Chemistry Module code: CHEM313 Role: Teaching Introduction to Research Module code: PGSC003 Role: Teaching Key Skills for Chemists 1 Module code: CHEM180 Role: Teaching Solid State Chemistry and Energy Storage Materials Module code: CHEM442 Role: Module Co-ordinator Supervised ThesesAccelerated discovery of Fischer-Tropsch catalystsCopper and Silver Bismuth Iodide Semiconductors as Potential Solar Cell Absorber MaterialsExploration of the Structure-Property Relationships within Perovskite FamiliesLocal crystal structure of Bi-based perovskites solved by RMC modelingMultifunctional magnetic nanoparticles for biomedical applicationsNanometric oxides for functional materialsNew cathodes for intermediate temperature solid oxide fuel cells (IT-SOFCs)Niobium oxide based material for visible light photocatalysisOn the Design, Synthesis, and Modification of Metal-Organic Frameworks for Toxic Industrial Chemical CaptureSolid state synthesis and pulsed laser deposition of electroceramic materialsStructurally and magnetically complex materials: a magneto-caloric, a multiferroic skyrmion host and a ferrimagnetic semiconductorStructure and properties of (Ba,Sr)(Co,Fe,Mo)O3 perovskite oxidesStudy of Two Perovskite Materials as Potential Candidates for Intermediate Temperature Solid Oxide Fuel Cells (IT-SOFCs)Synthesis and Characterisation of Transition Metal Oxides for Potential Multiferroic and Photocatalytic ApplicationsSynthesis and characterisation of layered hydroxy anion exchange materialsSynthesis and characterisation of novel superconductorsSynthesis of new lithium ion conductorsThe Synthesis and Characterisation of Metal Organic Frameworks using Functionalised and Flexible Linkers
